1. The circuit shown below (in Fig. 1) is a balanced three phase system with a wye-connected generator producing 1 volt (phase to neutral) and two in parallel loads. Assume that each inductor has an impendence ZL = j10N and each capacitor Zc = -¡15N. Using KVL method and one line diagram, Determine. (а) Ia (phasor)? (b) Phase voltage at the load side, that is Vác and Vo, ? (c) The load phase current Iác and Is (d) Total three phase complex power supplied by the y-connected voltage source ? j1 la Vệc le j1 j1 Figure 1: ll
1. The circuit shown below (in Fig. 1) is a balanced three phase system with a wye-connected generator producing 1 volt (phase to neutral) and two in parallel loads. Assume that each inductor has an impendence ZL = j10N and each capacitor Zc = -¡15N. Using KVL method and one line diagram, Determine. (а) Ia (phasor)? (b) Phase voltage at the load side, that is Vác and Vo, ? (c) The load phase current Iác and Is (d) Total three phase complex power supplied by the y-connected voltage source ? j1 la Vệc le j1 j1 Figure 1: ll
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Please answer part D only.
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Transcribed Image Text:1. The circuit shown below (in Fig. 1) is a balanced three phase system with a wye-connected generator
producing 1 volt (phase to neutral) and two in parallel loads. Assume that each inductor has an
impendence ZL = j10N and each capacitor Zc = -j15N. Using KVL method and one line diagram,
Determine.
(a) Ia (phasor)?
(b) Phase voltage at the load side, that is Vác and Vo, ?
(c) The load phase current Iác and Is
(d) Total three phase complex power supplied by the y-connected voltage source ?
j1
la
Vệc
le
j1
j1
Figure 1:
ll
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